AUER storage system accessories encompass specialized handling equipment including hand trucks for toolboxes, stacking trolleys, IBC filling bridges, and protective case inserts designed for industrial material handling and transport applications. These accessories serve manufacturing facilities, warehouses, chemical processing plants, and logistics operations requiring robust material handling solutions. The product range includes ESD-compliant stacking trolleys measuring 60x41x118 cm for electronics manufacturing environments and IBC filling bridges with 2-inch inlet connections for bulk liquid handling operations.

Selection of AUER storage accessories depends on load capacity requirements, dimensional compatibility, and operational environment specifications. Hand trucks are available in SK TB 43 and SK TB 64 configurations, with the numerical designation indicating load capacity differences and platform dimensions. IBC filling bridges are manufactured for specific container volumes including 500-liter and 1000-liter IBC systems with standardized 2-inch inlet connections. Stacking trolleys feature wheeled mobility with precise dimensional specifications of 60x41x118 cm for standard pallet compatibility.

AUER storage accessories comply with EN 1757 standards for mobile equipment in industrial environments and ISO 3691 for industrial truck safety requirements where applicable. ESD-compliant variants meet IEC 61340-5-1 standards for electrostatic discharge protection in electronics handling applications. IBC filling bridges conform to UN certification requirements for hazardous material handling equipment and ATEX directives for explosive atmosphere applications. Material handling accessories follow DIN 15146 specifications for load securing and transport safety in industrial operations.

Standard AUER stacking trolleys designated as SW RO feature conventional construction materials and finishes suitable for general industrial applications, while ESD variants marked as ESD SW RO incorporate conductive materials and specialized coatings to dissipate electrostatic charges. ESD stacking trolleys maintain identical dimensional specifications of 60x41x118 cm but utilize conductive polymers and metal components that provide electrical continuity to ground. The ESD variants are specifically engineered for electronics manufacturing, semiconductor facilities, and other environments where static discharge control is critical for product protection.

IBC filling bridges require level concrete foundations with minimum 2500 kg/m² load bearing capacity and clearance dimensions accommodating specific IBC container sizes of 500-liter or 1000-liter capacity. Installation involves securing the bridge structure with anchor bolts to DIN 912 specifications and connecting to existing process piping through standardized 2-inch flanged or threaded connections. The bridges maintain compatibility with standard IBC containers featuring 150mm or 225mm top opening diameters and require minimum 3-meter overhead clearance for safe loading operations.

AUER storage accessories operate within temperature ranges of -20°C to +60°C for standard applications, with specialized variants rated for extended temperature ranges up to +80°C in industrial environments. Load capacity ratings range from 150 kg for standard hand trucks to 500 kg for heavy-duty stacking trolleys, with safety factors of 3:1 applied to all structural components. ESD variants maintain surface resistance values between 10⁶ and 10⁹ ohms according to IEC 61340-5-1 requirements. IBC filling bridges withstand static loads up to 2000 kg with integrated safety railings meeting EN ISO 14122 fall protection standards.

AUER storage accessories require quarterly inspection of wheel bearings, pivot points, and structural connections with annual comprehensive safety assessments documented according to DGUV regulation 68. Expected service life ranges from 8-12 years under normal industrial usage conditions with proper maintenance including monthly lubrication of moving components and semi-annual load testing. ESD variants require additional quarterly surface resistance measurements using calibrated instrumentation to verify continued electrostatic discharge protection effectiveness. IBC filling bridges necessitate annual structural integrity testing and five-year recertification by qualified inspection personnel to maintain compliance with pressure vessel regulations.